In major U.S. agricultural states like California and Florida, crop residues generate over 20 million tons annually, straining landfills and fueling environmental concerns amid tightening regulations. 

California's SB 1383 mandates a 75% reduction in organic landfill disposal by 2025, prohibiting items like 5-7 million tons of rice straw and 3-4 million tons of almond hulls/shells, yet enforcement gaps mean 20-30% still reaches sites illegally. This contributes to methane emissions that account for 10-11% of the state's agricultural GHGs. 

In Florida, without a statewide ban, 40% of organics—including 4-5 million tons of citrus peels and 2-3 million tons of sugarcane bagasse—end up landfilled, exacerbating leachate acidity, nutrient runoff into waterways like Biscayne Bay, and landfill capacity issues projected to hit 80% nationally by 2030.

Renovo Technologies counters these pressures with our proprietary waste-to-energy technology, converting agro-residues—such as rice straw, sugarcane bagasses, grape pomace, strawberry/berry refuse, cornstock, and all problematic crop waste—into sustainable energy via efficient pyrolysis. Our innovative technology allows scaled handling  of massive quantities of fibrous, moisture-laden wastes like tomato vines or peanut shells without novel additives. Our fifth-generation units manage up to 10 tons per day and is expected to be available by mid-2026, with the sixth-generation scaling to 100 tons by mid-2027, aligning with diversion targets and ensuring compliance for even high-volume operations in agriculture operations regardless of state.

Partnering with Renovo empowers agribusinesses to slash hauling costs by 20-50%, and unlock revenue from energy production—turning bulky residues into assets that reduce methane risks and support soil health. This circular model not only meets voluntary disposal guidelines but positions partners as sustainability leaders. 

Contact Renovo today to pilot solutions tailored to your residues, driving profitability and a greener American agriculture.